Navigating Students’ Growth Mindset and Connectivist Learning Experience With Dynamic Technologies
This mixed-methods study of 265 student teachers reveals that while they possess high digital growth mindsets and utilize dynamic technologies for learning, their collaboration skills and connectivist experiences remain modest, with growth mindset and collaboration skills significantly predicting technology use despite no gender differences in overall digital practices.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer
In the modern world, technology has woven itself into the fabric of daily life, reshaping how we communicate, work, and solve problems. Yet, in the classroom, the integration of these tools has often lagged behind, leaving a gap between the devices students carry in their pockets and the way they learn in school. To understand how to bridge this gap, educators look to two specific psychological concepts. The first is a "growth mindset," a belief that one's abilities are not fixed but can be developed through effort and learning. When applied to technology, this means a student believes they can master new digital tools no matter their starting point. The second concept is "connectivism," a way of thinking about learning that happens through networks. Instead of viewing knowledge as something stored only in a textbook or a teacher's head, connectivism sees learning as the ability to find, share, and build information by connecting with people and resources across digital platforms. Understanding how these mindsets and social habits interact is crucial for training the next generation of teachers, who must not only use technology themselves but also inspire their future students to do the same.
A recent study conducted at Fitche College of Teacher Education in Ethiopia sought to explore exactly this relationship among student teachers. The researchers were interested in whether a student's belief in their own ability to learn technology, combined with their skill in working with others online, actually translated into how they used dynamic digital tools for their academic work. To find out, the team gathered a diverse group of 265 student teachers from various departments, including natural sciences and social sciences, representing both rural and urban backgrounds. They used a mixed approach, asking participants to fill out detailed surveys about their habits and beliefs, and then inviting them to write down their personal thoughts and experiences in their own words. This allowed the researchers to see not just the numbers, but the human stories behind the data.
The results painted a clear picture of a student body that is eager and capable, yet facing specific hurdles. The data showed a strong, positive link between a student's growth mindset and their willingness to use technology. In simple terms, students who believed they could improve their digital skills were the ones actively using tools like smartphones, laptops, and various online platforms for their studies. This belief system also connected directly to their ability to collaborate. Students who felt confident in their learning potential were more likely to engage in online discussions, share resources, and work together with peers. The study found that these two factors—a belief in one's own growth and the ability to collaborate—were significant predictors of how much a student actually used technology for learning. In fact, these psychological factors explained nearly thirty percent of the variation in how students used digital tools, suggesting that what a student thinks about their own potential is just as important as the hardware they have access to.
When the researchers looked closer at the specific habits of these future teachers, the findings were encouraging. A vast majority of the participants, about 83 percent, agreed that using digital technology boosts their motivation and helps them learn more independently. Even more striking, 87 percent believed that mastering these tools would make them better teachers in the future. In their written comments, students expressed a genuine desire to use technology in their careers, with many noting that they already used platforms like Telegram, YouTube, and WhatsApp to support their learning. However, a different picture emerged regarding their confidence in working together online. While they felt strong about their individual ability to learn, their reported skills in collaborative digital experiences were lower. Many students noted that while they had the desire to connect, they often lacked the necessary infrastructure, such as reliable internet access or sufficient computers, to practice these skills effectively.
One of the most significant findings of the study was what it ruled out. The researchers specifically tested whether gender played a role in how students approached technology. They compared the responses of male and female students across all three areas: their growth mindset, their collaboration skills, and their actual use of technology. The data showed no significant difference between the sexes in how they viewed their ability to learn technology or how much they used digital tools. Both men and women entered the study with similar levels of confidence and similar habits. The only area where a difference appeared was in the specific skill of online collaboration, where the scores varied slightly, though the overall trend remained that both groups were equally ready to engage with technology. This challenges the common assumption that one gender is naturally more suited to or interested in digital learning than the other.
The study also highlighted the disconnect between theory and practice in teacher training. While the students had high hopes and strong beliefs, many pointed out that their education had focused too much on the theory of technology and not enough on the actual practice. One student from a rural background noted that they had learned about computers in theory during high school but had never had the chance to use them hands-on until arriving at college. Another mentioned that while they wanted to use technology to teach, they lacked the support and resources to do so. The researchers concluded that for these future teachers to succeed, institutions must provide more than just a curriculum; they need to offer the physical tools and the practical training that allow students to turn their positive mindsets into real-world skills.
Ultimately, the study suggests that the path to effective technology use in education is paved by belief and connection. When student teachers believe they can grow their skills and are given the chance to practice working together, they naturally turn to digital tools to enhance their learning. The research indicates that the barrier is not a lack of interest or ability, but rather a need for better support systems that allow these positive mindsets to flourish. By focusing on building confidence and providing the necessary infrastructure, teacher training programs can ensure that the next generation of educators is not just familiar with technology, but is truly empowered to use it to transform the learning experience for everyone.
Drowning in papers in your field?
Get daily digests of the most novel papers matching your research keywords — with technical summaries, in your language.